The Guyana Organic Shield: University of Guyana Researchers Pioneer Hurricane-Proof Food Security System for Caribbean

Every year, Caribbean countries face devastation from hurricanes that not only endanger lives but also destroy agricultural production. University of Guyana researchers are spearheading an ambitious $150 million project to protect Caribbean food security through agricultural backup zones in hurricane-safe Guyana.

The Organic Guyana Shield project operates as a key component of Guyana's Low Carbon Development Strategy, with the potential to pioneer comprehensive organic farming methods while serving regional food security needs.

Key Points

  • Hurricane devastation creates perpetual Caribbean food insecurity - Annual storms destroy agricultural capacity across vulnerable islands, with economic losses averaging $1.4 billion yearly and recovery periods lasting 2-3 years
  • The world's only food self-sufficient nation creates regional insurance - A May 2025 Nature Food study found Guyana is the only nation out of 186 that is fully self-sufficient in food production, positioning it uniquely to provide hurricane backup systems for Caribbean neighbours
  • 22,000 hectares of hurricane-safe agricultural zones planned - The project plans to create equivalent farming spaces in Guyana's Guiana Shield region to mirror each Caribbean island's production capacity, ensuring food supplies survive major storms
  • Comprehensive shift from traditional to organic agriculture - The project's primary focus involves transitioning from conventional farming methods to organic agriculture systems that work with forest ecosystems while eliminating synthetic chemicals and pesticides
  • AI and smart farming bridge resource gaps - With only 500 agricultural extension officers covering vast territories, the project deploys IoT sensors, drones, and mobile apps for instant crop problem diagnosis
"The possibility that an entire country could over time switch from conventional to organic agriculture is likely to be a world-first. This is a ground-breaking drive to convert agriculture to a low-carbon economic sector," explains Professor Leonard O'Garro, Director of the Institute for Food and Nutrition Security at the University of Guyana.

Challenges vs Solutions

Regional Food Security Threats

  • Annual hurricane seasons destroy agricultural capacity across vulnerable island nations
  • 2-3 year recovery periods leave populations dependent on expensive food imports
  • Climate change intensifies storm frequency and severity affecting crop production
  • Limited land availability on small islands restricts agricultural expansion
  • Economic losses average $1.4 billion annually from extreme weather

Organic Guyana Shield Solutions

  • 22,000 hectares of hurricane-safe agricultural space mirrors Caribbean production capacity
  • Continuous dual-location farming maintains food supplies when storms strike islands
  • Tailored systems match each nation's crops: organic for Dominica, spices for Grenada
  • AI-powered apps provide instant crop diagnosis with limited extension officers
  • Cross-regional investment creates economically attractive rural employment

Hurricane Stress On Caribbean Food Security

Hurricane Maria damage in Dominica
Hurricane Maria devastated Dominica in 2017, destroying 95% of agricultural capacity

Hurricane Maria devastated Dominica in 2017, destroying 95% of the island's agricultural capacity and leaving 65,000 people without power, water, or food security. The category 5 storm caused $1.37 billion in damages to an island with a GDP of just $596 million, illustrating the extreme vulnerability that defines life in the Caribbean during hurricane season.

Research from the Caribbean Disaster Emergency Management Agency shows that small island developing states lose an average of $1.4 billion annually to extreme weather events, with agricultural sectors requiring 2-3 years to recover production capacity after major hurricanes. This cyclical destruction creates perpetual food insecurity across the region, leaving nations dependent on expensive food imports precisely when their economies are most damaged.

The broader context reveals the scope of this challenge. CARICOM countries imported at least 60 percent of food consumed at a total cost of about $13.8 billion between 2018 to 2020 - representing 5 percent of combined GDP. Against this backdrop, CARICOM Heads of Government called for a 25 percent reduction in food imports by 2025, but traditional approaches have struggled to address the fundamental vulnerability to natural disasters.

In May 2025, a study published in Nature Food found Guyana to be the only nation out of 186 that is fully self-sufficient in food production, meaning it produces enough of all seven key food groups for its population without imports. This unique position, combined with Guyana's hurricane-safe geography, creates an unprecedented opportunity for regional cooperation.

"If one country can feed itself, could it feed the region?" asks Professor Leonard O'Garro, Director of the Institute for Food and Nutrition Security at the University of Guyana, who recognized this cyclical crisis as an opportunity for transformative change.

How It Works: Building Regional Food Security

Professor Leonard O'Garro
Professor Leonard O'Garro, Director of the Institute for Food and Nutrition Security

The Institute for Food and Nutrition Security has formulated a plan to create agricultural "backup zones" in Guyana mirroring each Caribbean island's crop production. The proposed 22,000 hectares in the hurricane-safe Guiana Shield would operate as dual-location farming systems, for example, spices for Grenada, roots for St. Vincent, organic systems for Dominica.

This insurance-style design means Caribbean food security could continue even after storms destroy island agriculture. The approach requires careful site selection and logistics planning. Professor O'Garro explains: "The plan here is to select sites that are congruent with, or easily accessible to established farming districts. These areas generally have transportation infrastructure and other public utilities in place."

The project would complement existing agricultural capacity with new standard-setting regimes and attract public and private sector investment to improve transportation, logistics, and market access. This aligns with Guyana's national thrust to become a globally recognized food center while serving immediate regional needs.

Critical to the system's success is the ability to rapidly distribute food supplies when disasters strike. The project anticipates establishing supply chain connections between islands and Guyana, creating financing mechanisms for mainland backup farms, and encouraging Caribbean investors to establish dual operations. As Professor O'Garro notes in his detailed interview with Innovation Report: "It's theoretically possible to reproduce equivalent space in Guyana for all the small islands of the Caribbean. You can set things up as close as possible to match the image of each country."

The comprehensive approach addresses not just production but the entire value chain from cultivation through distribution, ensuring that backup food supplies can reach affected populations quickly when hurricanes strike vulnerable islands.

Guyana's LCDS: Multiple Pathways to Sustainable Growth

The Organic Guyana Shield operates within Guyana's comprehensive Low Carbon Development Strategy targeting five-fold economic growth while protecting the environment:

Create New Incentives for Low-Carbon Economy:
• Sustainability planning for forestry, biodiversity, water resources
• Ocean/marine resource management

Protect Against Climate Change:
• Climate resilient agriculture and risk assessment
• Coastal infrastructure and mangroves restoration
• Drought and flood management systems

Stimulate Future Growth:
• Clean and renewable energy development
• Ocean economy opportunities
• Digital infrastructure and low-carbon transportation

Global Alignment:
• UN Sustainable Development Goals compliance
• Nationally Determined Contributions fulfillment
• Net Zero by 2050 commitments

Professor O'Garro notes: "The Organic Guyana Shield initiative should be viewed as a key part of the country's Low Carbon Development Strategy, which is the over-arching plan for reducing dependence on fossil fuels for economic growth."

Potential for Comprehensive Organic Farming Transition

While the primary focus addresses Caribbean food security, the project could pioneer comprehensive organic agriculture methods. "The possibility that an entire country could over time switch from conventional to organic agriculture in a comprehensive way is likely to be a world-first," explains Professor O'Garro.

The transition would protect Guyana's 85% forest cover while reducing chemical impact on land and water. Organic agriculture supports the global market valued at over $188 billion, with growth forecasted at 13% annually through 2030. The European Union, United States, and Japan represent primary consumer markets, with significant opportunities in Canada, Eastern Europe, Australia, and New Zealand.

Currently, organic agriculture in Guyana remains a fledgling industry with limited organization regarding inputs, production, handling and marketing streams. It's dominated by small non-certified producers serving localized markets, with unknown economic performance and acreage under certified management that cannot be ascertained.

However, even for Guyana, a full transition to organic farming would require significant long-term planning and effort, including developing efficient transportation links to major organic markets, investing in unique organic brand development, and improving regulatory and trade regimes to facilitate high-value organic product exports.

The Organic Guyana Shield project provides a framework for beginning this transition while addressing immediate regional food security needs, creating a foundation upon which broader organic agriculture development could build over time.

Technology and AI: Innovation Can Drive Organic Farming Growth

Organic farming in Guyana
Organic farming methods in Guyana's agricultural development

The institute addresses Guyana's massive scale challenge through smart farming technology funded by $1.3 million total investment over three years. Professor O'Garro explains in his interview with Innovation Report that the "Smart Farming for Sustainable Development in Guyana" project "came from a competition by the Inter-American Development Bank for grant funding for agricultural innovation. We won and received a grant of $500,000 US from the IDB plus another $800,000 US from other sources over three years."

With only 500 agricultural extension officers serving the entire country - a ratio that makes traditional agricultural support challenging across Guyana's vast territories - technology becomes essential for scaling agricultural expertise.

"We're putting powerful tools in farmers' hands through pest management apps that make identification and management more accessible, lowering crop losses and improving yields," Professor O'Garro explains.

AI-powered mobile applications allow farmers to photograph crop problems and receive instant expert-level identification and management solutions. The system processes images through machine learning algorithms trained on crop diseases, pest infestations, and nutrient deficiencies common to tropical agriculture. Farmers in remote areas can access the same diagnostic capabilities as those near agricultural research stations.

Drones equipped with multispectral cameras collect detailed data from field sensors, providing real-time insights into crop health, soil moisture, and nutrient levels across large areas. The drones monitor livestock health by detecting behavioral patterns and physical conditions that indicate disease or stress, transmit animal health information, monitor pasture biomass, and provide early flood detection by monitoring water levels and weather patterns.

IoT sensors throughout farming operations transmit real-time data on soil pH, temperature, moisture content, and nutrient levels to cloud-based analysis systems. This precision agriculture approach helps farmers respond intelligently to changing conditions and optimize resource use, feeding data into predictive models that forecast optimal planting times, irrigation needs, and harvest windows.

Work with, not against, forest ecosystems

The project operates within strict environmental parameters, maintaining Guyana's 85% forest cover commitment while expanding agricultural capacity. This balance requires careful site selection and farming methods that work with rather than against forest ecosystems.

Unlike conventional farming that often degrades forest soils, organic methods restore land productivity through natural inputs and biological pest control. As Professor O'Garro explains: "Forest land cleared for primary agriculture without appropriate organic matter replenishments will fall off steeply in productivity as a result of land degradation."

The University of Guyana's Faculty of Agriculture and Forestry actively explores sustainable soil amelioration, including biochar - carbonized plant material that improves soil structure and carbon sequestration. Additional soil restoration uses approved organic composts crucial for maintaining productive organic agriculture without synthetic fertilizers or pesticides.

The project incorporates comprehensive environmental monitoring to prevent negative impacts. An Environmental and Social Management Framework will guide handling of environmental and social issues, with independent Environmental and Social Impact Assessments for activities with significant impacts. This ensures agricultural expansion doesn't compromise forest ecosystems that store approximately 22 billion tonnes of CO2.

Rural economic development forms another key sustainability component. The project aims to create secure jobs and increased incomes, reducing migration from rural areas while attracting private sector investment in organic food processing plants. This could position Guyana advantageously for investment typically tied to environmental protection and sustainability obligations.

Future and Next Steps

Current Status: The project is in the development phase, with 26 specialists conducting baseline studies across 10 sites in 4 Administrative Regions over 162 person-months. The multidisciplinary team includes hydrologists, irrigation specialists, environmental experts, climate change adaptation specialists, economists, agronomists, and food technologists.

Funding Progress: $86,000 secured from Inter-American Development Bank for crop selection studies. Targeting $350,000 from the Greater Guyana Initiative for baseline research. The development phase costs an estimated $350,000 total, after which the team plans to work with donors, including the government of Guyana, to secure the full $150 million over 10 years for implementation.

Regional Impact: If successful, the model could provide guaranteed Caribbean food security while demonstrating how nations can implement climate-resilient agriculture systems. The methodologies used for site evaluation are relevant to all forested areas across Guyana, making the project scalable as needed.

Global Impact: The project aims to prove that countries can balance agricultural expansion with forest conservation while serving regional food security needs through innovative cooperation mechanisms. Success could inform similar climate-resilient cooperation efforts in other vulnerable regions worldwide.

The comprehensive approach addresses multiple challenges simultaneously - regional food security, climate adaptation, forest conservation, and sustainable rural development. Professor O'Garro reflects on the responsibility: "I have been given a huge responsibility to make this project happen, and I will be part of the legacy if there is success. I am addicted to the stretch and creativity that will be required here."

Frequently Asked Questions

What is the current status of the Organic Guyana Shield project?

The project is in the development phase, with 26 specialists conducting baseline studies across 10 sites in 4 Administrative Regions. It is not yet operational, with implementation planned after securing the full $150 million funding over 10 years.

How does the backup farming system work during hurricane season?

The institute plans to create equivalent agricultural spaces in Guyana that mirror production capacity of vulnerable Caribbean islands. When hurricanes strike, replacement food supplies would already be growing on the mainland, potentially reducing the typical 2-3 year recovery period.

Can small-scale farmers benefit from the smart farming technology?

Yes, the mobile apps and AI-powered diagnostic tools are specifically designed for individual farmers. They can photograph crop problems and receive instant expert-level identification and management solutions, dramatically expanding access to agricultural expertise.

What makes Guyana suitable as a regional food center?

Guyana has vast land availability, 85% forest cover providing ecological services, hurricane-safe geography, and legal responsibility within CARICOM for agricultural leadership, making it ideal for large-scale food production serving the Caribbean and Americas.

How does this project support organic agriculture transition?

The project creates infrastructure and expertise for organic farming methods that work with forest ecosystems, potentially pioneering the world's first comprehensive national organic agriculture transition while serving regional food security needs.

Sources and References

University Profile

University of Guyana

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